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Alain Vitry
2023-12-20 17:09:27 +01:00
parent 560c2412d5
commit ecc5a0f6af
13 changed files with 1632 additions and 7 deletions
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ANSIC.lby Normal file
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<?xml version="1.0" encoding="utf-8"?>
<?AutomationStudio FileVersion="4.9"?>
<Library Version="2.00.1" SubType="ANSIC" Description="Write to logbooks" xmlns="http://br-automation.co.at/AS/Library">
<Files>
<File Description="Data types">UserLog.typ</File>
<File Description="Function declarations">UserLog.fun</File>
<File Description="Constants">UserLog.var</File>
<File Description="Library information">README.md</File>
<File Description="Library license">LICENSE</File>
<File Description="Text table">Text.csv</File>
<File Description="Convert csv to tmx">SetText.py</File>
<File Description="Common header">Main.h</File>
<File Description="Log message">Message.c</File>
<File Description="String handling">String.c</File>
<File Description="Custom logbook">Create.c</File>
<File Description="Event ID and severity level">Event.c</File>
</Files>
<Dependencies>
<Dependency ObjectName="ArEventLog" FromVersion="4.21.0" />
<Dependency ObjectName="AsBrStr" />
<Dependency ObjectName="sys_lib" />
</Dependencies>
</Library>

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/*******************************************************************************
* File: UserLog\Create.c
* Author: Tyler Matijevich
* Created: 2021-12-05
******************************************************************************/
#include "Main.h"
/* Create a custom logbook in an Init subroutine */
int32_t UserLogCreate(char *Name, uint32_t Size) {
/* Local variables */
static ArEventLogCreate_typ CreateLogbook;
int32_t Status;
UserLogFormatType Arguments;
/* Create */
StringCopy(CreateLogbook.Name, MIN(USERLOG_LOGBOOK_LENGTH + 1, sizeof(CreateLogbook.Name)), Name);
CreateLogbook.Size = Size;
CreateLogbook.Persistence = arEVENTLOG_PERSISTENCE_PERSIST;
CreateLogbook.Execute = true;
do
ArEventLogCreate(&CreateLogbook);
while(CreateLogbook.Busy);
Status = CreateLogbook.StatusID;
CreateLogbook.Execute = false;
ArEventLogCreate(&CreateLogbook);
if(Status && Status != arEVENTLOG_ERR_LOGBOOK_EXISTS) {
Arguments.i[0] = Status;
StringCopy(Arguments.s[0], USERLOG_LOGBOOK_LENGTH + 1, Name);
UserLogCustom(USERLOG_USER_LOGBOOK, USERLOG_SEVERITY_ERROR, USERLOG_ERROR_FACILITY, USERLOG_CODE_CREATE, 0, NULL,
"UserLog: ArEventLog error %i. Could not create logbook %s.", &Arguments);
}
return Status;
}

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/*******************************************************************************
* File: UserLog\Severity.c
* Author: Tyler Matijevich
* Created: 2021-10-06
******************************************************************************/
#include "Main.h"
/* Ignore DEBUG messages by default */
UserLogSeverityEnum SeverityLevel = USERLOG_SEVERITY_SUCCESS;
/* Suppress messages below the input level and return previous level */
int32_t UserLogSetSeverityLevel(int32_t Level) {
UserLogSeverityEnum PreviousSeverityLevel = SeverityLevel;
/* Saturate */
if (Level < USERLOG_SEVERITY_DEBUG)
SeverityLevel = USERLOG_SEVERITY_DEBUG;
else if (Level > USERLOG_SEVERITY_CRITICAL)
SeverityLevel = USERLOG_SEVERITY_CRITICAL;
else
SeverityLevel = Level;
return PreviousSeverityLevel;
}
/* Get ArEventLog severity from an event ID */
uint8_t UserLogGetSeverity(int32_t Event) {
/* Return bit 31-30. See 32-bit event ID in ArEventLog help */
return (uint8_t)(Event >> 30 & 0x3);
}
/* Get ArEventLog facility from an event ID */
uint16_t UserLogGetFacility(int32_t Event) {
/* Return bit 27-16. See 32-bit event ID in ArEventLog help */
return (uint16_t)(Event >> 16 & 0xFFF);
}
/* Get ArEventLog code from an event ID */
uint16_t UserLogGetCode(int32_t Event) {
/* Return bit 15-0. See 32-bit event ID in ArEventLog help */
return (uint16_t)(Event & 0xFFFF);
}

675
LICENSE
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combined work, and to convey the resulting work. The terms of this
License will continue to apply to the part which is the covered work,
but the special requirements of the GNU Affero General Public License,
section 13, concerning interaction through a network will apply to the
combination as such.
14. Revised Versions of this License.
The Free Software Foundation may publish revised and/or new versions of
the GNU General Public License from time to time. Such new versions will
be similar in spirit to the present version, but may differ in detail to
address new problems or concerns.
Each version is given a distinguishing version number. If the
Program specifies that a certain numbered version of the GNU General
Public License "or any later version" applies to it, you have the
option of following the terms and conditions either of that numbered
version or of any later version published by the Free Software
Foundation. If the Program does not specify a version number of the
GNU General Public License, you may choose any version ever published
by the Free Software Foundation.
If the Program specifies that a proxy can decide which future
versions of the GNU General Public License can be used, that proxy's
public statement of acceptance of a version permanently authorizes you
to choose that version for the Program.
Later license versions may give you additional or different
permissions. However, no additional obligations are imposed on any
author or copyright holder as a result of your choosing to follow a
later version.
15. Disclaimer of Warranty.
THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY
APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT
HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY
OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO,
THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM
IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF
ALL NECESSARY SERVICING, REPAIR OR CORRECTION.
16. Limitation of Liability.
IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING
WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS
THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY
GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE
USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF
DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD
PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS),
EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF
SUCH DAMAGES.
17. Interpretation of Sections 15 and 16.
If the disclaimer of warranty and limitation of liability provided
above cannot be given local legal effect according to their terms,
reviewing courts shall apply local law that most closely approximates
an absolute waiver of all civil liability in connection with the
Program, unless a warranty or assumption of liability accompanies a
copy of the Program in return for a fee.
END OF TERMS AND CONDITIONS
How to Apply These Terms to Your New Programs
If you develop a new program, and you want it to be of the greatest
possible use to the public, the best way to achieve this is to make it
free software which everyone can redistribute and change under these terms.
To do so, attach the following notices to the program. It is safest
to attach them to the start of each source file to most effectively
state the exclusion of warranty; and each file should have at least
the "copyright" line and a pointer to where the full notice is found.
<one line to give the program's name and a brief idea of what it does.>
Copyright (C) <year> <name of author>
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <https://www.gnu.org/licenses/>.
Also add information on how to contact you by electronic and paper mail.
If the program does terminal interaction, make it output a short
notice like this when it starts in an interactive mode:
<program> Copyright (C) <year> <name of author>
This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'.
This is free software, and you are welcome to redistribute it
under certain conditions; type `show c' for details.
The hypothetical commands `show w' and `show c' should show the appropriate
parts of the General Public License. Of course, your program's commands
might be different; for a GUI interface, you would use an "about box".
You should also get your employer (if you work as a programmer) or school,
if any, to sign a "copyright disclaimer" for the program, if necessary.
For more information on this, and how to apply and follow the GNU GPL, see
<https://www.gnu.org/licenses/>.
The GNU General Public License does not permit incorporating your program
into proprietary programs. If your program is a subroutine library, you
may consider it more useful to permit linking proprietary applications with
the library. If this is what you want to do, use the GNU Lesser General
Public License instead of this License. But first, please read
<https://www.gnu.org/licenses/why-not-lgpl.html>.

46
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/*******************************************************************************
* File: UserLog\Main.h
* Author: Tyler Matijevich
* Created: 2022-08-30
******************************************************************************/
#ifndef USERLOG_MAIN_H
#define USERLOG_MAIN_H
#ifdef __cplusplus
extern "C"
{
#endif
/* Headers */
#include <UserLog.h>
#include <stdint.h>
#include <stdbool.h>
#include <string.h>
/* Macros */
#define MAX(x,y) (((x) > (y)) ? (x) : (y))
#define MIN(x,y) (((x) < (y)) ? (x) : (y))
/* Constants */
#define USERLOG_LOGBOOK_LENGTH MIN(10U, USERLOG_FORMAT_LENGTH)
#define USERLOG_MESSAGE_PREVIEW_LENGTH MIN(20U, USERLOG_FORMAT_LENGTH)
#define USERLOG_CODED_DATA_LENGTH (40U + USERLOG_MESSAGE_LENGTH + 2U)
#define USERLOG_ERROR_FACILITY 330U
#define USERLOG_CODE_IDENT 10000U
#define USERLOG_CODE_WRITE 10010U
#define USERLOG_CODE_CREATE 10020U
#define USERLOG_USER_LOGBOOK "$arlogusr"
/* Prototypes */
void StringCopy(char *Destination, uint32_t Size, char *Source);
void StringFormat(char *Sestination, uint32_t Size, char *Source, UserLogFormatType *Values);
/* Global variables */
extern UserLogSeverityEnum SeverityLevel;
#ifdef __cplusplus
};
#endif
#endif

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/*******************************************************************************
* File: UserLog\Message.c
* Author: Tyler Matijevich
* Created: 2020-10-29
******************************************************************************/
#include "Main.h"
/* Common private function to call ArEventLogWrite synchronously */
static ArEventLogRecordIDType WriteMessage(char *Logbook, int32_t Severity, uint16_t Facility, uint16_t Code,
ArEventLogRecordIDType Origin, char *Object, char *Message, UserLogFormatType *Values, uint8_t Coded) {
/* Local variables */
/* Make function block instances static to avoid memset initialization */
static ArEventLogGetIdent_typ GetLogbookIdent;
static ArEventLogWrite_typ WriteToLogbook;
int32_t Status;
ArEventLogIdentType Ident;
static uint8_t Error;
UserLogFormatType LocalArguments;
const uint8_t SeverityMap[] = {
arEVENTLOG_SEVERITY_INFO,
arEVENTLOG_SEVERITY_SUCCESS,
arEVENTLOG_SEVERITY_INFO,
arEVENTLOG_SEVERITY_WARNING,
arEVENTLOG_SEVERITY_ERROR,
arEVENTLOG_SEVERITY_ERROR
};
char FormattedMessage[USERLOG_MESSAGE_LENGTH + 1];
ArEventLogRecordIDType Result;
uint8_t CodedData[USERLOG_CODED_DATA_LENGTH];
/* Saturate severity */
if(Severity < USERLOG_SEVERITY_DEBUG)
Severity = USERLOG_SEVERITY_DEBUG;
else if(Severity > USERLOG_SEVERITY_CRITICAL)
Severity = USERLOG_SEVERITY_CRITICAL;
/* Suppress */
if(Severity < SeverityLevel)
return 0;
/* Call ArEventLogGetIdent and store results */
StringCopy(GetLogbookIdent.Name, sizeof(GetLogbookIdent.Name), Logbook);
GetLogbookIdent.Execute = true;
ArEventLogGetIdent(&GetLogbookIdent);
Status = GetLogbookIdent.StatusID;
Ident = GetLogbookIdent.Ident;
GetLogbookIdent.Execute = false;
ArEventLogGetIdent(&GetLogbookIdent);
/* Error check */
if(Status) {
/* Block recursion */
if(Error)
return 0;
Error = true;
/* Log error */
LocalArguments.i[0] = Status;
StringCopy(LocalArguments.s[0], USERLOG_LOGBOOK_LENGTH + 1, Logbook);
LocalArguments.i[1] = Code;
StringCopy(LocalArguments.s[1], USERLOG_MESSAGE_PREVIEW_LENGTH + 1, Message);
UserLogCustom(USERLOG_USER_LOGBOOK, USERLOG_SEVERITY_ERROR, USERLOG_ERROR_FACILITY, USERLOG_CODE_IDENT, 0, NULL,
"UserLog: ArEventLog error %i. (Logbook \"%s\", code %i, message \"%s\")", &LocalArguments);
return 0;
}
/* Write to logbook */
WriteToLogbook.Ident = Ident;
/* Get event ID */
WriteToLogbook.EventID = ArEventLogMakeEventID(SeverityMap[Severity + 1], Facility, Code);
/* Origin record */
WriteToLogbook.OriginRecordID = Origin;
/* Format and set message */
if(Message == NULL)
StringCopy(FormattedMessage, sizeof(FormattedMessage), "UserLog: No message provided");
else
StringFormat(FormattedMessage, sizeof(FormattedMessage), Message, Values);
if(Coded) {
ArEventLogAddDataInit((uint32_t)CodedData, sizeof(CodedData), arEVENTLOG_ADDFORMAT_CODED);
ArEventLogAddDataString((uint32_t)CodedData, sizeof(CodedData), (uint32_t)FormattedMessage);
WriteToLogbook.AddDataFormat = arEVENTLOG_ADDFORMAT_CODED;
WriteToLogbook.AddData = (uint32_t)CodedData;
WriteToLogbook.AddDataSize = 0;
}
else {
WriteToLogbook.AddDataSize = strlen(FormattedMessage) + 1;
WriteToLogbook.AddDataFormat = arEVENTLOG_ADDFORMAT_TEXT;
WriteToLogbook.AddData = (uint32_t)FormattedMessage;
}
/* Add object name */
if(Object == NULL)
ST_name(0, WriteToLogbook.ObjectID, 0);
else if(*Object == '\0')
ST_name(0, WriteToLogbook.ObjectID, 0);
else
StringCopy(WriteToLogbook.ObjectID, sizeof(WriteToLogbook.ObjectID), Object);
/* Write */
WriteToLogbook.Execute = true;
ArEventLogWrite(&WriteToLogbook);
Status = WriteToLogbook.StatusID;
Result = WriteToLogbook.RecordID;
WriteToLogbook.Execute = false;
ArEventLogWrite(&WriteToLogbook);
/* Error check */
if(Status) {
/* Block recursion */
if(Error)
return 0;
Error = true;
/* Log error */
LocalArguments.i[0] = Status;
StringCopy(LocalArguments.s[0], USERLOG_LOGBOOK_LENGTH + 1, Logbook);
LocalArguments.i[1] = Code;
StringCopy(LocalArguments.s[1], USERLOG_MESSAGE_PREVIEW_LENGTH + 1, Message);
UserLogCustom(USERLOG_USER_LOGBOOK, USERLOG_SEVERITY_ERROR, USERLOG_ERROR_FACILITY, USERLOG_CODE_WRITE, 0, NULL,
"UserLog: ArEventLog error %i. (Logbook \"%s\", code %i, message \"%s\")", &LocalArguments);
return 0;
}
Error = false;
return Result;
}
/* Write to the User logbook synchronously */
ArEventLogRecordIDType UserLogBasic(int32_t Severity, uint16_t Code, char *Message) {
return WriteMessage(USERLOG_USER_LOGBOOK, Severity, USERLOG_FACILITY, Code, 0, NULL, Message, NULL, false);
}
/* Write to the User logbook with runtime data */
ArEventLogRecordIDType UserLogAdvanced(int32_t Severity, uint16_t Code, char *Message, UserLogFormatType *Values) {
return WriteMessage(USERLOG_USER_LOGBOOK, Severity, USERLOG_FACILITY, Code, 0, NULL, Message, Values, false);
}
/* Write to any user logbook synchronously */
ArEventLogRecordIDType UserLogCustom(char *Logbook, int32_t Severity, uint16_t Facility, uint16_t Code,
ArEventLogRecordIDType Origin, char *Object, char *Message, UserLogFormatType *Values) {
return WriteMessage(Logbook, Severity, Facility, Code, Origin, Object, Message, Values, false);
}
/* Write to any user logbook through binary-encoded data and event texts */
ArEventLogRecordIDType UserLogEventText(char *Logbook, int32_t Event, ArEventLogRecordIDType Origin,
char *Object, char *Message, UserLogFormatType *Values) {
return WriteMessage(Logbook, UserLogGetSeverity(Event), UserLogGetFacility(Event), UserLogGetCode(Event), Origin, Object, Message, Values, true);
}

92
README.md
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@@ -1,3 +1,91 @@
# AE_USERLOG
# UserLog [![Made For B&R](https://github.com/hilch/BandR-badges/blob/main/Made-For-BrAutomation.svg)](https://www.br-automation.com)
Clone local de https://github.com/tmatijevich/UserLog.git
UserLog is an [Automation Studio](https://www.br-automation.com/en-us/products/software/automation-software/automation-studio/) library with functions for writing to logbooks synchronously. UserLog's simple one-line functions provide a necessary tool for software development and debug.
**NOTE:** This is not an official library. UserLog is provided as is under the GNU GPL v3.0 license agreement. Support for this library is provided through the [GitHub Issues List](https://github.com/tmatijevich/UserLog/issues).
## Installation
1. [Download](https://github.com/tmatijevich/UserLog/releases/latest/download/UserLog.zip) and extract the archive
2. Import the UserLog package to your Automation Studio project's Logical View using *Existing Library* from the toolbox
## Features
- Synchronously write to user logbooks
- Timestamp is recorded at the time of the function call
- Parameters
- Event ID
- Severity: Debug, Success, Info, Warning, Error, Critical
- **NOTE:** Debug and Critical are extentions of ArEventLog severities
- Facility 0..4095
- Code 0..65535
- Origin record ID for hierarchy
- Object name
- Message
- Format message with runtime data (%b, %f, %i, %s)
- Automatically read software object name
- Set severity level to suppress messages
- Error messages written to the User logbook
- String truncation to protect overflow
- Create custom logbooks
- Compatible with text system
## Functions
Function | Description
---|---
[UserLogBasic](https://github.com/tmatijevich/UserLog/blob/main/UserLog.fun?ts=4#L2) | Write to the User logbook synchronously
[UserLogAdvanced](https://github.com/tmatijevich/UserLog/blob/main/UserLog.fun?ts=4#L10) | Write to the User logbook with runtime data
[UserLogCustom](https://github.com/tmatijevich/UserLog/blob/main/UserLog.fun?ts=4#L19) | Write to any user logbook synchronously
[UserLogEventText](https://github.com/tmatijevich/UserLog/blob/main/UserLog.fun?ts=4#L32) | Write to any user logbook through binary-encoded data and event texts
[UserLogCreate](https://github.com/tmatijevich/UserLog/blob/main/UserLog.fun?ts=4#L43) | Create a custom logbook in an Init subroutine
[UserLogSetSeverityLevel](https://github.com/tmatijevich/UserLog/blob/main/UserLog.fun?ts=4#L50) | Suppress messages below the input level and return previous level
[UserLogGetSeverity](https://github.com/tmatijevich/UserLog/blob/main/UserLog.fun?ts=4#L56) | Get ArEventLog severity from an event ID
[UserLogGetFacility](https://github.com/tmatijevich/UserLog/blob/main/UserLog.fun?ts=4#L62) | Get ArEventLog facility from an event ID
[UserLogGetCode](https://github.com/tmatijevich/UserLog/blob/main/UserLog.fun?ts=4#L68) | Get ArEventLog code from an event ID
## Clone
Clone to a reference location.
```
git clone https://github.com/tmatijevich/UserLog.git
```
Or, add as a submodule to your project's libraries.
```
cd <project_root>
git submodule add https://github.com/tmatijevich/UserLog.git <project_root>/Logical/Libraries/UserLog
```
Then add as an existing library from the Automation Studio toolbox.
## Build
Building a project with this package may result in warnings for additional files.
![Build warnings 2022-03-31_12 34 35](https://user-images.githubusercontent.com/33841634/161134955-5e71050f-bd1b-49cf-b07c-6408ae3c24ca.png)
In Automation Studio 4.11+, it is possible to add specific filters to warnings 9232 and 9233. Navigate to Configuration View, right-click the PLC object and select properties, chose the Build tab, and add the follow text to the "Objects ignored for build warnings 9232 and 9233" field. The filters are case sensitive.
```
*README*;*LICENSE*;.git;.gitignore;.github
```
Prior to Automation Studio 4.11, it is possible to suppress *all* build warnings regarding additional files by using `-W 9232 9233` in the "Additional build options" field.
## Dependencies
- `ArEventLog`
- `AsBrStr`
- `sys_lib`
## Git
- [Install and setup Git](https://tmatijevich.github.io/gfw-tutorial/)
- [Setup gitignore for your repository](https://gist.github.com/tmatijevich/453436f1e6abc62a3d052d9b03f9db58)
## Authors
- [tmatijevich](https://github.com/tmatijevich)

66
SetText.py Normal file
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import csv
import ctypes
import xml.etree.ElementTree as ET
InputFile = 'Text.csv'
OutputFile = 'UserLog.tmx'
def IndentXML(Element, Level = 0):
Tab = ' '
i = "\n" + Level * Tab
if len(Element):
if not Element.text or not Element.text.strip():
Element.text = i + Tab
if not Element.tail or not Element.tail.strip():
Element.tail = i
for Element in Element:
IndentXML(Element, Level+1)
if not Element.tail or not Element.tail.strip():
Element.tail = i
else:
if Level and (not Element.tail or not Element.tail.strip()):
Element.tail = i
BaseFile = '''<?xml version="1.0" encoding="utf-8"?>
<tmx version="1.4">
<header creationtool="B&amp;R Automation Studio" creationtoolversion="4.2" datatype="unknown" segtype="sentence" adminlang="en" srclang="en" o-tmf="TMX">
<note>Change the namespace to define where this text module should be located within the logical structure of your texts</note>
<prop type="x-BR-TS:Namespace">User/EventLog</prop>
</header>
<body />
</tmx>
'''
Root = ET.fromstring(BaseFile)
with open(InputFile, mode = 'r', encoding = 'utf-8-sig') as OpenFile:
DataCSV = csv.reader(OpenFile)
next(DataCSV)
for Row in DataCSV:
if Row[0] == '':
print('Empty row, conversion aborted')
break
print(Row)
EventID = ctypes.c_long((int(Row[0]) << 30) + (1 << 29) + (int(Row[1]) << 16) + int(Row[2]))
print(str(EventID.value))
ElementTu = ET.Element('tu', attrib={'tuid':str(EventID.value)})
ElementNote = ET.Element('note')
ElementNote.text = Row[2] + ' ' + Row[4]
ElementTuv = ET.Element('tuv', attrib={'xml:lang':'en'})
ElementSeg = ET.Element('seg')
ElementSeg.text = Row[3]
ElementTuv.append(ElementSeg)
ElementTu.append(ElementNote)
ElementTu.append(ElementTuv)
Root[1].append(ElementTu)
IndentXML(Root)
ET.dump(Root)
EventData = ET.tostring(Root, encoding='unicode')
LogTextFile = open(OutputFile, 'w', encoding='utf-8-sig')
LogTextFile.write(EventData)
LogTextFile.close()

111
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/*******************************************************************************
* File: UserLog\String.c
* Author: Tyler Matijevich
* Created: 2022-08-30
******************************************************************************/
#include "Main.h"
/* Format string with runtime data */
void StringFormat(char *Destination, uint32_t Size, char *Source, UserLogFormatType *Values) {
/* Local variables */
const char Boolean[][6] = {"FALSE", "TRUE"};
/* Floats: [<+->]1.23456[e<+->12] = 12 + null terminator */
/* Longs: -2147483648 to 2147483647 = 11 + null terminator */
char Number[13];
uint8_t CountBool = 0, CountFloat = 0, CountInteger = 0, CountString = 0;
uint32_t Length, BytesRemaining = Size - 1;
/* Verify parameters, attempt to copy if failed */
if(Destination == NULL || Size == 0 || Source == NULL || Values == NULL)
return StringCopy(Destination, Size, Source);
/* Format */
while(*Source != '\0' && BytesRemaining) {
if(*Source != '%') {
/* Direct copy */
*Destination++ = *Source++;
BytesRemaining--;
continue;
}
/* Temporarily add null terminator for concatenation */
*Destination = '\0';
/* Reset length if invalid match */
Length = 0;
/* Match */
switch(*(++Source)) {
/* Use strncat to concatenate the formatted value up to BytesRemaining */
/* strlen(strncat(Destination, ...)) returns the length of characters appended because Destination began as null */
case 'b':
if(CountBool <= USERLOG_FORMAT_INDEX)
Length = strlen(strncat(Destination, Boolean[Values->b[CountBool++]], BytesRemaining));
break;
case 'f':
if(CountFloat <= USERLOG_FORMAT_INDEX) {
brsftoa((float)(Values->f[CountFloat++]), (uint32_t)Number);
Length = strlen(strncat(Destination, Number, BytesRemaining));
}
break;
case 'i':
if(CountInteger <= USERLOG_FORMAT_INDEX) {
brsitoa(Values->i[CountInteger++], (uint32_t)Number);
Length = strlen(strncat(Destination, Number, BytesRemaining));
}
break;
case 's':
if(CountString <= USERLOG_FORMAT_INDEX)
Length = strlen(strncat(Destination, Values->s[CountString++], BytesRemaining));
break;
case '%':
*Destination = '%';
Length = 1;
break;
}
Destination += Length;
BytesRemaining -= Length;
Source++;
}
/* Complete with null terminator */
*Destination = '\0';
}
/* Copy source to destination up to size of destination or source length */
void StringCopy(char *Destination, uint32_t Size, char *Source) {
/* Local variables */
uint32_t Length;
/* Verify parameters */
if(Destination == NULL || Source == NULL || Size == 0)
return;
/* Does destination's start overlap source's string length including null terminator */
Length = strlen(Source);
if(Source <= Destination && Destination <= Source + Length)
return;
/* Does destination's end overlap source's string length */
if(Source <= Destination + Size - 1 && Destination + Size - 1 <= Source + Length)
return;
/* Copy */
/* Decrement first, loop up to size - 1 */
while(--Size && *Source != '\0')
*Destination++ = *Source++;
/* Complete with null terminator */
*Destination = '\0';
}

285
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Severity (0-3),Facility (0-4095),Code (0-65535),Description,Note
1,1,1,Démarrage système,
2,1,2,Arrêt système,
2,1,3,Aucun écran,
1,1,4,Il manque un(des) écran(s) ,
2,1,5,Aucune manette,
3,1,6,Arrêt d'urgence actif,
1,1,7,Température interne élevée,
1,1,8,Tension alimentation basse,
1,1,9,Tension alimentation élevée,
2,1,10,Tension alimentation critique,
1,1,11,Température basse,
1,1,12,Température élevée,
2,1,13,Température critique,
2,1,14,Arrêter l'hydrogénération,
3,10,1,N3#1 - T° PCB UCSB > seuil N3 (critique),
3,10,2,N3#2 - U.Alim : tension < seuil N3 (critique),
3,10,3,N3#3 - UAlim: tension faible au démarrage,
3,10,4,N3#4 - IMC : Courant > seuil IMC N2 (MBMS seulement / inactif sur slave),
3,10,5,N3#5 - Refus fermeture branches car tension après CP trop éloignée,
3,10,6,N3#8 - IMD : Courant > seuil IMD N3 (MBMS seulement / inactif sur slave),
3,10,7,N3#9 - IMR : Courant > seuil IMR N3 (MBMS seulement / inactif sur slave),
3,10,8,N3#10 - Ecart de tension important entre branches connectées,
3,10,9,N3#11 - Timeout réveil branches,
3,10,10,N3#12 - Timeout passage branches en standby,
3,10,11,N3#13 - Perte de toutes les branches en mode standby,
3,10,12,N3#14 - Perte de toutes les branches en mode décharge,
3,10,13,N3#15 - Perte de toutes les branches en mode charge,
3,10,14,N3#16 - Refus connexion branches,
3,10,15,N3#18 - Branche 2 N3 CP collé,
3,10,16,N3#20 - Sur slave uniquement : master détecté incompatible,
3,10,17,N3#22 - CP+ ou MOS détecté collé (Branche 1),
3,10,18,N3#24 - CP- ou MOS détecté collé (Branche 1),
3,10,19,N3#25 - CP- détecté collé (avec la mesure AVCP)(Branche 1),
3,10,20,N3#35 - Branche 2 : out of control (connectée alors que le master ne le demande pas),
3,10,21,N3#36 - Demande de passage en safe dans la trame de commande,
3,10,22,N3#37 - ARU enclenché,
3,10,23,N3#38 - Codage non défini,
3,10,24,N3#39 - Deux packs envoient les trames sur le même nœud (erreur codage HW des 2 packs),
2,10,25,N2#1 - T° PCB UCSB > seuil N2 (élevée),
2,10,26,N2#2 - U.Alim : tension < seuil N2 (très faible),
2,10,27,N2#3 - Mesure isolement B+ < seuil N2,
2,10,28,N2#4 - Mesure isolement B- < seuil N2,
2,10,29,N2#5 - IMD : Courant > seuil IMD N2 (MBMS seulement / inactif sur slave),
2,10,30,N2#6 - IMR : Courant > seuil IMR N2 (MBMS seulement / inactif sur slave),
2,10,31,N2#7 - Démarrage dans le mauvais mode (charge ou décharge) : risque de ne jamais connecter la deuxième branche.,
2,10,32,N2#8 - Branche 2: timeout passage en Standby,
2,10,33,N2#9 - IMC : Courant > seuil IMC N2 (MBMS seulement / inactif sur slave),
2,10,34,N2#10 - SOC : seuil < N2 (critique),
2,10,35,N2#11 - Branche 1 : TMD N2,
2,10,36,N2#12 - Branche 1 : TMD Over Temperature,
2,10,37,N2#13 - Branche 1 : TMD Over Voltage,
2,10,38,N2#14 - Branche 1 : TMD Under Voltage,
2,10,39,N2#15 - Branche 1 : TMD Over Current,
2,10,40,N2#16 - Branche 1 : TMD Under/delta Temperature,
2,10,41,N2#17 - Branche 1 : OVD locked (décharge interdit suite OVD / charge obligatoire),
2,10,42,N2#18 - Branche 2: perte de communication avec la branche 2,
2,10,43,N2#19 - Branche 2: défaut N2 remonté,
2,10,44,N2#20 - Branche 2: défaut N3 remonté (= N2 au niveau MBMS),
2,10,45,N2#21 - Branche 2: timeout passage en décharge,
2,10,46,N2#22 - Perte de la trame de commande (depuis l’EPMS si master, depuis le master si slave),
2,10,47,N2#23 - Branche 2: timeout passage en charge,
2,10,48,N2#24 - Branche 2: mauvais mode,
2,10,49,N2#25 - Heartbeat de la trame de commande figé,
2,10,50,N2#26 - Mode demandé dans la trame de commande interdit,
2,10,51,N2#27 - CP+ ou mesure HT détecté HS (Branche 1),
2,10,52,N2#28 - CP+ ou MOS détecté HS (Branche 1),
2,10,53,N2#29 - CP- ou MOS détecté HS (Branche 1),
2,10,54,N2#30 - Mesures HT incohérentes (écarts importants) (Branche 1),
2,10,55,N2#31 - HVIL ouvert (Branche 1),
2,10,56,N2#32 - MSD HS ou mesure AVCP KO (Branche 1),
2,10,57,N2#33 - Absence pont d"activation sorties CP (shunts safety lines) (Branche 1),
2,10,58,N2#34 - Branche 2 : perte statut opérationnel quand connecté,
2,10,59,N2#35 - Branche 1 : échec réveil TMD,
2,10,60,N2#38 - Branche 1 : TMD non communicantes,
2,10,61,N2#39 - Branche 1 : TMD N3,
2,10,62,N2#40 - Branche 1 : perte statut opérationnel quand connecté,
2,10,63,N2#41 - Branche 1 : refus passage en drive ou charge car pas opérationnel,
2,10,64,N2#41 - Branche 1 : échec use (défaut TMD au démarrage),
2,10,65,N2#43 - Modification à chaud du codage de type de SRSEE,
1,10,66,N1#2 - T° PCB UCSB : Défaut mesure (CO/CC),
1,10,67,N1#3 - T° PCB UCSB > seuil N1 (haute),
1,10,68,N1#4 - U.Alim : défaut mesure (CO/CC),
1,10,69,N1#5 - U.Alim : tension < seuil N1 (faible),
1,10,70,N1#6 - Mesure isolement: défaut mesure Uiso+ (CO/CC),
1,10,71,N1#7 - Mesure isolement: défaut mesure Uiso- (CO/CC),
1,10,72,N1#8 - Mesure isolement: défaut circuit de mesure (gain hors zone),
1,10,73,N1#9 - Mesure isolement: échec,
1,10,74,N1#10 - Tension avant CP: défaut mesure,
1,10,75,N1#11 - Tension après CP: défaut mesure,
1,10,76,N1#12 - IMD : Courant > seuil IMD N1 (MBMS seulement / inactif sur slave),
1,10,77,N1#13 - IMR : Courant > seuil IMR N1 (MBMS seulement / inactif sur slave),
1,10,78,N1#14 - Branche 2: défaut N1 remonté,
1,10,79,N1#15 - IMC : Courant > seuil IMC N1 (MBMS seulement / inactif sur slave),
1,10,80,N1#16 - Défaut interne,
1,10,81,N1#17 - Défaut interne,
1,10,82,N1#18 - SOC : seuil < N1 (faible),
1,10,83,N1#19 - Branche 1 : TMD N1,
1,10,84,N1#20 - Branche 1 : TMD erreur de mesure,
1,10,85,N1#21 - Branche 1 : TMD SoC imprécis ou non calibré,
1,10,86,N1#22 - Branche 1 : TMD Réveil périodique défaillant,
1,10,87,N1#23 - Branche 1 : TMD Bypass/Chauffage défaillant,
1,10,88,N1#24 - Mesure isolement B+ < seuil N1,
1,10,89,N1#25 - Mesure isolement B- < seuil N1,
1,10,90,MBMS désactivé,
2,10,91,CAN MBMS KO,
2,10,92,CAN BMS KO,
1,10,93,CAN Tx Buffer full,
1,11,1,N1#1 - EEPROM : défaut,
1,11,2,N1#2 - T° PCB UCSB : Défaut mesure (CO/CC),
1,11,3,N1#3 - T° PCB UCSB > seuil N1 (haute),
1,11,4,N1#4 - U Alim : défaut mesure (CO/CC),
1,11,5,N1#5 - U Alim : tension < seuil N1 (faible),
1,11,6,N1#6 - CPI : défaut mesure Uiso+ (CO/CC),
1,11,7,N1#7 - CPI : défaut mesure Uiso- (CO/CC),
1,11,8,N1#8 - CPI : défaut circuit de mesure (gain hors zone),
1,11,9,N1#9 - CPI : échec,
1,11,10,N1#10 - U Avant CP : défaut mesure,
1,11,11,N1#11 - U Apres CP : défaut mesure,
1,11,12,N1#12 - U Avant/Après CP : mesures incohérentes (écarts importants),
1,11,13,N1#13 - non utilisé,
1,11,14,N1#14 - non utilisé,
1,11,15,N1#15 - Modules batteries : défaut démarrage modules,
1,11,16,N1#16 - Modules batteries : en alerte,
1,11,17,N1#17 - Modules batteries : T°Max > Seuil N1 (haute),
1,11,18,N1#18 - SOC : seuil < N1 (faible),
1,11,19,N1#19 - Chargeur : HS,
1,11,20,N1#20 - non utilisé,
1,11,21,N1#21 - Master : Absence communication,
1,11,22,N1#22 - non utilisé,
1,11,23,N1#23 - non utilisé,
1,11,24,N1#24 - non utilisé,
1,11,25,N1#25 - U RdB : tension faible au démarrage,
1,11,26,N1#26 - Incohérence courant N2 (TMD),
1,11,27,N1#27 - R32C : débordement pile USER,
1,11,28,N1#28 - CPI : Risol < seuil N1 sur B+,
1,11,29,N1#29 - CPI : Risol < seuil N1 sur B-,
1,11,30,N1#30 - IMD : IBatt > seuil IMD N1,
1,11,31,N1#31 - IMR : IBatt > seuil IMR N1,
1,11,32,N1#32 - Chargeur : warning,
1,11,33,N1#33 - R32C : débordement pile IT,
1,11,34,N1#34 - HVU : pont pour CP- absent,
1,11,35,N1#35 - Perte de communication CAN SRSEE,
2,11,36,N2#1 - T° PCB UCSB > seuil N2 (élevée),
2,11,37,N2#2 - Modules batteries : Défaut de fonctionnement d"un ou plusieurs bypass d"équilibrage,
2,11,38,N2#3 - U Alim : tension < seuil N2 (très faible),
2,11,39,N2#4 - CPI : Risol < seuil N2 sur B+,
2,11,40,N2#5 - CPI : Risol < seuil N2 sur B-,
2,11,41,N2#6 - non utilisé,
2,11,42,N2#7 - Modules batteries : en alarme,
2,11,43,N2#8 - Modules batteries : T°Max > Seuil N2 (élevée),
2,11,44,N2#9 - Modules batteries : UCellMin < seuil N2 (faible),
2,11,45,N2#10 - Modules batteries : UCellMax > seuil N2 (élevée),
2,11,46,N2#11 - Modules batteries : Dépassement IMD,
2,11,47,N2#12 - Modules batteries : Dépassement IMR,
2,11,48,N2#13 - Modules batteries : Dépassement IMC,
2,11,49,N2#14 - Modules batteries : Alerte ouverture CP défaut interne,
2,11,50,N2#15 - Modules batteries : Alerte ouverture CP courant trop fort (en charge uniquement / dépassement d"IMRC),
2,11,51,N2#16 - Modules batteries : Alerte ouverture CP tension cellule basse,
2,11,52,N2#17 - Modules batteries : Alerte ouverture CP tension cellule haute,
2,11,53,N2#18 - Modules batteries : Alerte ouverture CP température haute (cellule / shunt / PCB),
2,11,54,N2#19 - SOC : seuil < N2 (critique),
2,11,55,N2#20 - Incohérence courant N1 (TMD),
2,11,56,N2#21 - Chargeur : non communiquant,
2,11,57,N2#22 - Master : Mode demandé incohérent,
2,11,58,N2#23 - IMD : IBatt > seuil IMD N2,
2,11,59,N2#24 - IMR : IBatt. > seuil IMR N2,
2,11,60,N2#25 - Chargeur : Defaut,
2,11,61,N2#26 - Master : heartbit figé,
3,11,62,N3#1 - T° PCB UCSB > seuil N3 (critique),
3,11,63,N3#2 - U Alim : Tension faible au démarrage,
3,11,64,N3#3 - non utilisé,
3,11,65,N3#4 - IMD : IBatt > seuil IMD N3,
3,11,66,N3#5 - IMR : IBatt > seuil N3,
3,11,67,N3#6 - U Alim : tension < seuil N3 (critique),
3,11,68,N3#7 - HVU : CP échec précharge,
3,11,69,N3#8 - HVU : CP Collé (Cmd=0 mais état=Closed),
3,11,70,N3#9 - HVU : CP HS (Cmd=1 mais état=Opened),
3,11,71,N3#10 - HVU : bus en CC,
3,11,72,N3#11 - Chargeur : chargeur incontrolable (OOC),
3,11,73,N3#12 - Modules batteries : Safety line active,
3,11,74,N3#13 - Master : Safety demandé,
3,11,75,N3#14 - U Avant CP : défaut chaine de mesure (casse fusible / CP- HS),
3,11,76,N3#15 - Incohérence courant N3 (TMD),
1,12,1,N1#1 - EEPROM : défaut,
1,12,2,N1#2 - T° PCB UCSB : Défaut mesure (CO/CC),
1,12,3,N1#3 - T° PCB UCSB > seuil N1 (haute),
1,12,4,N1#4 - U Alim : défaut mesure (CO/CC),
1,12,5,N1#5 - U Alim : tension < seuil N1 (faible),
1,12,6,N1#6 - CPI : défaut mesure Uiso+ (CO/CC),
1,12,7,N1#7 - CPI : défaut mesure Uiso- (CO/CC),
1,12,8,N1#8 - CPI : défaut circuit de mesure (gain hors zone),
1,12,9,N1#9 - CPI : échec,
1,12,10,N1#10 - U Avant CP : défaut mesure,
1,12,11,N1#11 - U Apres CP : défaut mesure,
1,12,12,N1#12 - U Avant/Après CP : mesures incohérentes (écarts importants),
1,12,13,N1#13 - non utilisé,
1,12,14,N1#14 - non utilisé,
1,12,15,N1#15 - Modules batteries : défaut démarrage modules,
1,12,16,N1#16 - Modules batteries : en alerte,
1,12,17,N1#17 - Modules batteries : T°Max > Seuil N1 (haute),
1,12,18,N1#18 - SOC : seuil < N1 (faible),
1,12,19,N1#19 - Chargeur : HS,
1,12,20,N1#20 - non utilisé,
1,12,21,N1#21 - Master : Absence communication,
1,12,22,N1#22 - non utilisé,
1,12,23,N1#23 - non utilisé,
1,12,24,N1#24 - non utilisé,
1,12,25,N1#25 - U RdB : tension faible au démarrage,
1,12,26,N1#26 - Incohérence courant N2 (TMD),
1,12,27,N1#27 - R32C : débordement pile USER,
1,12,28,N1#28 - CPI : Risol < seuil N1 sur B+,
1,12,29,N1#29 - CPI : Risol < seuil N1 sur B-,
1,12,30,N1#30 - IMD : IBatt > seuil IMD N1,
1,12,31,N1#31 - IMR : IBatt > seuil IMR N1,
1,12,32,N1#32 - Chargeur : warning,
1,12,33,N1#33 - R32C : débordement pile IT,
1,12,34,N1#34 - HVU : pont pour CP- absent,
1,12,35,N1#35 - Perte de communication CAN SRSEE,
2,12,36,N2#1 - T° PCB UCSB > seuil N2 (élevée),
2,12,37,N2#2 - Modules batteries : Défaut de fonctionnement d'un ou plusieurs bypass d'équilibrage,
2,12,38,N2#3 - U Alim : tension < seuil N2 (très faible),
2,12,39,N2#4 - CPI : Risol < seuil N2 sur B+,
2,12,40,N2#5 - CPI : Risol < seuil N2 sur B-,
2,12,41,N2#6 - non utilisé,
2,12,42,N2#7 - Modules batteries : en alarme,
2,12,43,N2#8 - Modules batteries : T°Max > Seuil N2 (élevée),
2,12,44,N2#9 - Modules batteries : UCellMin < seuil N2 (faible),
2,12,45,N2#10 - Modules batteries : UCellMax > seuil N2 (élevée),
2,12,46,N2#11 - Modules batteries : Dépassement IMD,
2,12,47,N2#12 - Modules batteries : Dépassement IMR,
2,12,48,N2#13 - Modules batteries : Dépassement IMC,
2,12,49,N2#14 - Modules batteries : Alerte ouverture CP défaut interne,
2,12,50,N2#15 - Modules batteries : Alerte ouverture CP courant trop fort (en charge uniquement / dépassement d'IMRC),
2,12,51,N2#16 - Modules batteries : Alerte ouverture CP tension cellule basse,
2,12,52,N2#17 - Modules batteries : Alerte ouverture CP tension cellule haute,
2,12,53,N2#18 - Modules batteries : Alerte ouverture CP température haute (cellule / shunt / PCB),
2,12,54,N2#19 - SOC : seuil < N2 (critique),
2,12,55,N2#20 - Incohérence courant N1 (TMD),
2,12,56,N2#21 - Chargeur : non communiquant,
2,12,57,N2#22 - Master : Mode demandé incohérent,
2,12,58,N2#23 - IMD : IBatt > seuil IMD N2,
2,12,59,N2#24 - IMR : IBatt. > seuil IMR N2,
2,12,60,N2#25 - Chargeur : Defaut,
2,12,61,N2#26 - Master : heartbit figé,
3,12,62,N3#1 - T° PCB UCSB > seuil N3 (critique),
3,12,63,N3#2 - U Alim : Tension faible au démarrage,
3,12,64,N3#3 - non utilisé,
3,12,65,N3#4 - IMD : IBatt > seuil IMD N3,
3,12,66,N3#5 - IMR : IBatt > seuil N3,
3,12,67,N3#6 - U Alim : tension < seuil N3 (critique),
3,12,68,N3#7 - HVU : CP échec précharge,
3,12,69,N3#8 - HVU : CP Collé (Cmd=0 mais état=Closed),
3,12,70,N3#9 - HVU : CP HS (Cmd=1 mais état=Opened),
3,12,71,N3#10 - HVU : bus en CC,
3,12,72,N3#11 - Chargeur : chargeur incontrolable (OOC),
3,12,73,N3#12 - Modules batteries : Safety line active,
3,12,74,N3#13 - Master : Safety demandé,
3,12,75,N3#14 - U Avant CP : défaut chaine de mesure (casse fusible / CP- HS),
3,12,76,N3#15 - Incohérence courant N3 (TMD),
2,30,1,Absence de ventilation,
2,40,1,DCAC Generic,
2,50,1,Absence de ventilation,
2,70,1,Absence de ventilation,
2,80,1,Absence de ventilation,
2,90,1,Absence de ventilation,
2,100,1,Absence de ventilation,
2,120,1,Absence de ventilation,
2,130,1,Absence de ventilation,
2,140,1,Absence de ventilation,
2,150,1,Le SMS n'a pas pu être envoyé,
2,200,1,Erreur lors de l'écriture d'un fichier,
2,200,2,Erreur lors de l'ouverture d'un fichier,
2,200,3,Chemin d'accès invalide,
2,200,4,Problème à la sauvegarde des paramètres,
2,200,5,Problème au chargement des paramètres,
2,210,1,Valeur incohérente,
2,210,2,Dépassement de seuil,
2,220,1,Absence de ventilation,
1,300,1,Echec de la config système,
2,300,2,Les paramètres ne sont pas initialisés,
2,300,3,Erreur non enregistrée,
2,300,4,Echec lors du chargement des paramètres,
2,300,5,Echec lors de la sauvegarde des paramètres,
1,300,6,Gestionnaire de défaut,
Can't render this file because it contains an unexpected character in line 72 and column 31.

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FUNCTION UserLogBasic : UDINT (*Write to the User logbook synchronously*)
VAR_INPUT
Severity : DINT; (*Use UserLogSeverityEnum or arEVENTLOG_SEVERITY constants*)
Code : UINT; (*0..65535*)
Message : STRING[0]; (*Event description*)
END_VAR
END_FUNCTION
FUNCTION UserLogAdvanced : UDINT (*Write to the User logbook with runtime data*)
VAR_INPUT
Severity : DINT; (*Use UserLogSeverityEnum or arEVENTLOG_SEVERITY constants*)
Code : UINT; (*0..65535*)
Message : STRING[0]; (*Event description with optional format specifiers*)
Values : UserLogFormatType; (*Format values to replace specifiers (%b, %f, %i, %s)*)
END_VAR
END_FUNCTION
FUNCTION UserLogCustom : UDINT (*Write to any user logbook synchronously*)
VAR_INPUT
Logbook : STRING[0]; (*Name of logbook*)
Severity : DINT; (*Use UserLogSeverityEnum or arEVENTLOG_SEVERITY constants*)
Facility : UINT; (*0..4095*)
Code : UINT; (*0..65535*)
Origin : ArEventLogRecordIDType; (*(Optional) Origin record ID*)
Object : STRING[0]; (*(Optional) Object name*)
Message : STRING[0]; (*Event description with optional format specifiers*)
Values : UserLogFormatType; (*Format values to replace specifiers (%b, %f, %i, %s)*)
END_VAR
END_FUNCTION
FUNCTION UserLogEventText : UDINT (*Write to any user logbook through binary-encoded data and event texts*)
VAR_INPUT
Logbook : STRING[0]; (*Name of logbook*)
Event : DINT; (*Event ID (match Text ID)*)
Origin : ArEventLogRecordIDType; (*(Optional) Origin record ID*)
Object : STRING[0]; (*(Optional) Object name*)
Message : STRING[0]; (*Event description with optional format specifiers*)
Values : UserLogFormatType; (*Format values to replace specifiers (%b, %f, %i, %s)*)
END_VAR
END_FUNCTION
FUNCTION UserLogCreate : DINT (*Create a custom logbook in an Init subroutine*)
VAR_INPUT
Name : STRING[0]; (*Name of logbook limited to 10 characters*)
Size : UDINT; (*Size of logbook in bytes (minimum 4096)*)
END_VAR
END_FUNCTION
FUNCTION UserLogSetSeverityLevel : DINT (*Suppress messages below the input level and return previous level*)
VAR_INPUT
Level : DINT; (*Severity level threshold*)
END_VAR
END_FUNCTION
FUNCTION UserLogGetSeverity : USINT (*Get ArEventLog severity from an event ID*)
VAR_INPUT
Event : DINT; (*Event ID*)
END_VAR
END_FUNCTION
FUNCTION UserLogGetFacility : UINT (*Get ArEventLog facility from an event ID*)
VAR_INPUT
Event : DINT; (*Event ID*)
END_VAR
END_FUNCTION
FUNCTION UserLogGetCode : UINT (*Get ArEventLog code from an event ID*)
VAR_INPUT
Event : DINT; (*Event ID*)
END_VAR
END_FUNCTION

18
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TYPE
UserLogSeverityEnum :
( (*Levels of severity. See 32-bit event ID in Automation Help*)
USERLOG_SEVERITY_DEBUG := -1, (*Information: Developer information*)
USERLOG_SEVERITY_SUCCESS, (*Success: Completion*)
USERLOG_SEVERITY_INFORMATION, (*Information: User information*)
USERLOG_SEVERITY_WARNING, (*Warning: The application may continue*)
USERLOG_SEVERITY_ERROR, (*Error: The application in recoverable*)
USERLOG_SEVERITY_CRITICAL (*Error: The application in unrecoverable*)
);
UserLogFormatType : STRUCT (*Data structure to replace format specifier with runtime values*)
b : ARRAY[0..USERLOG_FORMAT_INDEX]OF BOOL; (*Place boolean (TRUE or FALSE)*)
f : ARRAY[0..USERLOG_FORMAT_INDEX]OF LREAL; (*Place double*)
i : ARRAY[0..USERLOG_FORMAT_INDEX]OF DINT; (*Place integer (32-bit signed)*)
s : ARRAY[0..USERLOG_FORMAT_INDEX]OF STRING[USERLOG_FORMAT_LENGTH]; (*Place string*)
END_STRUCT;
END_TYPE

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VAR CONSTANT
USERLOG_BOOK_NAME : STRING[5] := 'ALTEN'; (*Logger Book*)
USERLOG_MESSAGE_LENGTH : UDINT := 120; (*Maximum length of all messages written to user logbooks*)
USERLOG_FACILITY : UINT := 10; (*Facility number used for UserLogBasic and UserLogAdvanced functions*)
USERLOG_ERROR_IDENT : DINT := -515234032; (*An error occurred when calling ArEventLogGetIdent. See User logbook for details*)
USERLOG_ERROR_WRITE : DINT := -515234022; (*An error occurred when calling ArEventLogWrite. See User logbook for details*)
USERLOG_ERROR_CREATE : DINT := -515234012; (*An error occurred when calling ArEventLogCreate. See User logbook for details*)
USERLOG_FORMAT_INDEX : USINT := 5; (*Maximum index of each runtime data type*)
USERLOG_FORMAT_LENGTH : USINT := 80; (*Length of string runtime data*)
USERLOG_EXAMPLE_TEXT_ID : DINT := 1632259616; (*Example Text ID (Event ID) for UserLogEventText function*)
AE_FAULT_HISTORY_MAX : USINT := 20;
END_VAR